July 24, 2025 • 18 mins
In this episode of the Gladden Longevity Podcast, Dr. Jeffrey Gladden interviews Joshua Ketner, who shares his journey to establishing the Dream Body Clinic in Mexico, focusing on the use of mesenchymal stem cells for various treatments. They discuss the clinic's approach, the types of therapies offered, the patient experience, and the limitations of stem cell treatments. The conversation also touches on the importance of balancing hormones and the potential of regenerative medicine in promoting longevity.
For Audience
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Takeaways
· Dr. Gladden emphasizes the importance of longevity and living well beyond 120.
· Josh Ketner shares his personal experience with caregiving and how it led him to stem cell therapy.
· The Dream Body Clinic specializes in mesenchymal stem cells derived from umbilical cord tissue.
· The clinic offers treatments for joints, autoimmune diseases, and chronic degenerative conditions.
· Patients typically spend four to five days at the clinic for treatment.
· Stem cell treatments are cash pay, as they are not covered by insurance.
· The clinic ensures high-quality sourcing of stem cells from first-time mothers.
· Josh discusses the potential of other therapies like growth hormone and their effects on aging.
· The conversation highlights the need for a balanced approach to hormone therapy and regenerative medicine.
· Dr. Gladden and Josh agree on the importance of understanding individual needs in treatment.
Chapters
00:00 Introduction to Regenerative Medicine
04:13 Personal Journey into Regenerative Medicine
07:06 Understanding Stem Cell Treatments
09:45 Patient Experience and Treatment Process
12:29 Challenges and Limitations of Treatments
Mark as Played
Transcript
Episode Transcript
Available transcripts are automatically generated. Complete accuracy is not guaranteed.
(00:28):
Everyone welcome to the glad longevity podcast.
I'm your host, Dr.
Jeffrey Gladden.
And as always, we're here answering the big questions in life.
Like how good can we be?
How do we make a hundred to new 30?
How do we live well beyond 120?
How do we live young for a lifetime?
And how do we develop a 300 year old mind?
In today's episode, I'm going to be talking with a gentleman, Joshua Ketner, who works atthe dream body clinic in Guadalajara.
(00:54):
Not in Guadalajara, actually.
He's in Mexico.
But he's in Puerto Vallarta, Mexico.
And he and his wife have started a clinic down there really primarily devoted to the useof mesenchymal stem cells.
It's a fairly short but interesting conversation about their approach, what they're doing,what they're not doing.
I think you'll find it quite informative.
(01:15):
Hope you enjoy it.
Welcome everybody to this edition of the Glad Longevity Podcast.
I'm your host, Dr.
Jeffrey Gladden, and I'm here with Josh Ketner today.
Josh, welcome to the podcast.
Thanks for having me on.
Yeah.
So you're coming to us from Puerto Vallarta, Mexico, if I'm not mistaken.
And you've been involved with regenerative medicine there in Mexico for some period oftime.
(01:39):
Do you want to give the audience and myself maybe a little bit of an intro as to how yougot interested in this and how you got to be in Mexico?
Yeah, so I take it all back a little over 20 years ago.
My dad had Lou Gehrig's disease and I just kind of saw firsthand how bad things can be forsome of these terminal illnesses.
(01:59):
You know, what they will and won't do for you.
You know, back then they didn't have all this like right to try stuff.
So he had a big aerospace company and he started doing his own research and he goes, well,if you got HIV muscle wasting or, you know, something like that, they're going to throw
testosterone and growth hormone, actually like you're a bodybuilder.
And he asked for it, but up in Seattle, they wouldn't give it to him.
(02:21):
I mean, not that it would have probably wouldn't have helped or anything, but we're justlooking for anything.
And it was frustrating.
So after that, I care give for him until he passed and then.
I liked caregiving.
liked helping people.
started working for a place for mom.
They're one of the largest assisted living groups in the United States and helping peoplefind a place for mom and dad and read an article one day and it goes, Hey man, outsources
(02:47):
parents to India.
That's genius.
You know, great doctors, low cost of care, not over-regulated, but no one's going to govisit mom in India.
And I was like, you know, Mexico might work.
And we had always vacationed in Mazel.
Mexico every year.
So I started looking into it and I had a friend that had moved here to Puerto Vallarta.
I moved down just to kind of see, cause my job was work from home, ended up meeting mywife or sister as a doctor.
(03:14):
And, you know, just kind of stumbled into this where I found out you can legally seekmedical treatment abroad and return home with medication.
If you do all the paperwork, right.
And everything.
So we created a program where we could do that to help people.
And then started hearing things about STEM cells here in Mexico, but with anything you gotto be careful.
mean, there's, there's a lot of over-promising and things
(03:37):
that just, you know, aren't real in Mexico and other places.
So we ended up.
sure.
Yeah.
So my wife, she's Mexican.
dug in and we found a guy who did his PhD in cellular biology, university of Guadalajaraand started working with him, but we found pretty quick.
The quality control here isn't quite what you'd expect in United States.
(03:57):
So we had to go do our own thing and we got our own biologists, got our own lab set up,all of that.
And, uh, you know, had our doctors working with the treatments and we just got thisamazing team that does all that.
And me and my wife, we just manage everything and, you know, help people.
Bye!
Nice.
So walk us through a little bit about what kind of treatments that you're offering downthere, what kind of biologics you're using, that sort of thing.
(04:25):
So the main thing is mesenchymal stem cells.
We take ours from umbilical cord tissue, the Wharton jelly from placenta and we isolatethen cultivate, know, that's the big difference of what we can do here versus the U S you
know, in the U S they have the minimal manipulation rule.
They've got the homologous use rule, which means like for like these things kind of get inthe way of, know, really doing it the right way, like we're able to do here.
(04:51):
So it's mainly number one would be joints, knee treatments,
lower backs is probably the top thing.
Then we do a lot of autoimmune diseases and then a lot of chronic degenerative thingslike, you know, hearts, lungs, livers, kidneys, that.
Got it.
Okay.
And so the programs that you're using, you're using mesocymal stem cells, you're probablyusing other things in conjunction with that.
(05:16):
Can you speak to that a little bit as to what kind of things get combined with that?
Sure.
We, we don't combine a lot really for most of the treatments.
It's typically just the mesenchymal stem cells, you know, maybe for like a hip or ashoulder, might add some PRP, but, uh, the only other ones we, for brain treatments like
stroke recovery will, we might add some like cerebral lyosin, which is a great group ofpeptides that, you know, it's been approved in Europe forever.
(05:44):
And they just, think, cause it's off, they never brought it to market there in the U S butyeah, those are the main things.
Okay.
And so what does it look like for people to come down there?
They come down and spend a week, they spend a day, they spend, what do they do?
They spend a month with you?
How does that work for them?
No, it's usually pretty quick because with our culturing process, we've constantly likeevery day we've got fresh cells coming out.
(06:11):
We kind of have to estimate what we're going to have patient load per day, but you know,we take them out of cultivation the night before and administer within 24 hours.
So for like an IV treatment, it's a four day trip.
They want to arrive and rest day two, blood work day three treatment day four, fly home.
If they need an MRI, like for a joint it's five days.
(06:33):
So we have our own open MRI.
machine on site.
Same thing as just we do the MRI and blood work on the second day, review it with thedoctors on the third to make sure it's a good fit.
We're very discerning with what we can and can't help, very honest with people on that.
And then typically day four, we do treatment.
Got it.
Okay.
(06:53):
All right.
Give people an idea of things that you can't help.
What would be something that you feel like are some things that you couldn't really bethat helpful for?
Sure.
mean, we look, my dad had ALS.
I wish we could fix that, but ALS like Lou Gehrig's doesn't respond.
Parkinson's we've seen maybe some really minimal reduction in tremors, but it reallydoesn't help there.
(07:15):
And then for joints, it's usually things like they've got a bunch of osteophytes ifthey've got like a complete tarot ligament or tendon.
They're not magic.
They can't reattach things.
They can't get rid of new bones.
Those are obstacles.
OK.
And.
(07:36):
What about...
What about payment?
assume this is kind of a cash pay scenario.
Is that kind of how it's set up?
would think there's people are not bringing any kind of insurance along with them on this.
So.
No, because like there's, you know, insurance usually is only going to cover things thatare like, at least there in the U S like FDA approved all of that because of the whole way
(08:01):
the system set up.
I don't think this will ever get FDA approved.
It's a very big barrier to entry there and you can't patent it.
So yeah, it's a, it's cash.
Sometimes if people have like health savings accounts, they can pay with those, but that'sabout it as far as insurance goes.
Got it.
And then what about sources, the sources for these mesenchymal stem cells?
(08:22):
You're talking about...
What is the actual source?
You get in from placental or cord blood or?
Yeah, so we take it from Wharton Jelly and the placenta.
So we work with a team of gynecologists that only work with first time mothers.
We're very careful with.
who we select from the age of the donor is very important, their health.
(08:46):
So they have to be between the ages of 18 and 25.
First time mothers, we need to make sure they're married.
ask how many sexual partners, know, an M.S.C.
isn't going to carry a virus, but if the donor has a retro virus, there's a less than 5 %chance of carryover.
So we need to screen the women, then the tissue, then the isolated cells and the culturedcells.
(09:07):
Then we send it off to a third party lab for further verification.
And we provide.
our patients with all the flow cytometry data, cell counter data, and that blood analysis.
Okay.
All right.
Interesting.
Are there other therapies that you're looking at adding to the process down there to theclinic or pretty much settled into this or what are your thoughts about that?
(09:32):
Yeah, I mean, we're pretty set into this.
There's been some talk about like, mues cells.
I don't know if you've heard about those at all.
so the, lady, I forget her name, but she's working with a friend of mine in Guadalajarathat...
They're, you know, she was funded by Mitsubishi.
It was for Parkinson's research and they're, they're starting up a lab.
They're going to start doing it.
(09:54):
I don't know.
I mean, the only study done on that has been for Parkinson's.
There's a few places offering it there, you know, again, saying it's the cure all toeverything.
I'm not convinced.
I've talked with her.
I've talked to one of her partners who's his PhD from Argentina and.
I'm not sure those apparently are going to be pluripotent and that they can turn intoother things where mesenchymal stem cells work via the paracrine effect.
(10:18):
So, you know, we worked with Dr.
Arnold Kaplan in the past.
He's who named them and you know, they're not really a stem cell when they're in yourbody.
They work via the signaling they do sending out exosomes and you know, he wished he couldhave renamed them medicinal signaling cells, but the name stuck.
And so we call them stem cells, but uh,
There's things they're working on.
(10:38):
You know, we've looked into some of the induced pluripotent stem cell things, you know,genetic editing gets a bit complicated and just maybe in the future, but for now we're
very set with what we're doing with the stem cells,
Yeah, interesting.
Cool.
And then what about how do people find you?
How do they get a hold of you?
What's the...
(10:59):
How do people go about that?
I mean, most people will find like, you know, videos we've done interviews, differentthings, but our website has all the info.
They're at dream body doc clinic and it's got all the treatments listed.
There's links to studies, know, tons of patient testimonials, things like that.
It's all there.
Nice.
(11:21):
Great.
So dreambody.com.
DreamBody clinic.
it's w.dreambody.clinic.
Okay,
got it.
Any other topics you'd like to cover?
I mean, those are, that's the main thing that we do.
The stem cells, because we work a lot with like growth hormone for adults, you know, forkids, it's all FDA approved, all of that, but.
(11:46):
You know, I've personally been on HGH for 12 years and does great for there.
They're finally doing some studies on that.
If you look at the, the trim and trim X studies, they're showing on the DNA methylationtests.
is turning the clock back.
It's also helping to regenerate the thymus, which is a big deal for your T regulatorycells.
So it's, uh, it's getting some cool info there.
(12:08):
Yeah, TRM and TRMX are interesting studies, right?
So they're using growth hormone DHEA and metformin kind of in a cocktail.
And they are showing some what I would call minor improvements in epigenetic ages and somerejuvenation of the thymus gland, which is interesting in and of itself because the thymus
involutes as we age and then you lose the ability to make more
(12:29):
thymus cells or T cells, if you will.
So I think that's all very interesting.
There's always a balancing act between growth hormone or any kind of androgenetic kind ofhormone replacement therapy.
And the reason is that if you're standing on the gas pedal of mTOR all the time,
like bodybuilders or other people, yes, you build more muscle and bone, but you also diesooner and have a higher cancer risk.
(12:55):
So there's really a balancing act between cycling into activating mTOR through growthhormone or androgens, and then cycling back out of it where you're activating the opposite
side of the equation, the AMPK side, where you're actually rejuvenating telomere lengthsand increasing autophagy and things like that.
it's...
It's kind of an economy of balance is the way we think about it.
(13:17):
It's not about how hard can you push one side or the other.
You need both quite honestly, and you need them to cycle in and out.
So, yeah, that's how we tend to think about that.
We're not, we're not fans of pushing anybody into a corner on anything, whether it's, youknow, being keto all the time or being on, you know, MTOR activation all the time or AMPK
activation all the time.
It's really this.
(13:38):
sort of a symphonic balancing that makes the difference.
So interesting.
Cool.
Yeah, no, for sure.
I couldn't agree with you more there.
I mean, that's the first guy I ever met doing it.
So actually a US doctor introduced me to it all.
And yeah, low dose long-term is where he said that's, you know, more of the sweet spot.
(14:00):
I mean, we've worked with some of the top bodybuilders in the world.
And I mean, you just, you see the acromelgia and other issues that they start forming andit, there's, if you go over six IU a day, you're going to give yourself type two diabetes
and they inject insulin with it.
That's where it gets super dangerous.
mean, you hear about these bodybuilders, like it would blow your mind how good their bloodwork is even from all the steroids, but the insulin, it's like they don't even check their
(14:27):
blood glucose and they're like, I did this dose yesterday.
I'll do it again today.
And you're like, like it's very.
realize that growth hormone, insulin, things like that, they're really connected.
IGF-1, right?
Insulin-like growth factor comes from growth hormone and then insulin itself.
But both of those activate mTOR and both of them actually increase cellular senescence.
(14:50):
So if you want to have more senescent cells, you you stand on that side of the equation.
If you want to...
those senescent cells, then you stand on the other side of the equation, right?
Where you've got AMPK activation and natural killer cell and CD8 cells working in yourfavor.
So yeah, it's complex biology.
And if you're listening to this, just realize that it is complex and it's not something tojust wade into.
(15:15):
You really want to work with somebody that can characterize where you are in the agingprocess, what you actually need or don't need.
how much of it you need and how often you need to be doing it and what you need to bedoing to kind of balance it out.
I think it's a very sophisticated approach really to get it right.
just, we have a really healthy respect for it.
(15:36):
It sounds like you do too.
So yeah.
Yeah.
No, exactly.
And I mean, I think that's like what you do with your clinic, right?
You're helping people dial that in and put all the pieces together to make sure it fits.
Right.
So now we see that.
And like you said, the trim study is showing, I think it was like a year and a half.
It turned back on the methylation where like the cells, I mean, we're, we're seeing muchgreater, like turn back before and after with like DNA methylation tests from stem cell
(16:06):
IVs.
So when people ask me for a long
time it was growth hormone was, you know, it had this myth of being like this, thisanti-aging miracle.
We were always very straight with people like, yeah, know, celebrities use it, that stuff.
But like you just said, it has to be balanced.
And then, you know, with the STEM cells, we're seeing much, much better results.
(16:27):
And, you know, that's.
You can get, you can get bigger results with, uh, with regenerative technologies likemosingable stem cells, other stem cells, exosomes, and plasma and phoresis actually can
give you significant, reversal of aging as well.
So, there's lots of different ways to go about it.
I think if you're listening to this, the key thing is to know what you need, how to goabout it, how to time it, sequence it, dose it.
(16:50):
and if you get that right, you can really, you can really
reclaim your youth.
If you get it wrong, you can really kind of screw yourself up.
it's fire.
It can be great, but you can also get burned.
just be very respectful of it.
Yeah, good.
Cool.
Well, thanks, Josh.
I appreciate you updating us on what you're doing there.
It sounds like you're doing some good work.
(17:11):
So good stuff.
Everyone welcome to the glad longevity podcast.
I'm your host, Dr.
Jeffrey Gladden.
And as always, we're here answering the big questions in life.
Like how good can we be?
How do we make a hundred to new 30?
How do we live well beyond 120?
How do we live young for a lifetime?
And how do we develop a 300 year old mind?
In today's episode, I'm going to be talking with a gentleman, Joshua Ketner, who works atthe dream body clinic in Guadalajara.
(00:54):
Not in Guadalajara, actually.
He's in Mexico.
But he's in Puerto Vallarta, Mexico.
And he and his wife have started a clinic down there really primarily devoted to the useof mesenchymal stem cells.
It's a fairly short but interesting conversation about their approach, what they're doing,what they're not doing.
I think you'll find it quite informative.
(01:15):
Hope you enjoy it.
Welcome everybody to this edition of the Glad Longevity Podcast.
I'm your host, Dr.
Jeffrey Gladden, and I'm here with Josh Ketner today.
Josh, welcome to the podcast.
Thanks for having me on.
Yeah.
So you're coming to us from Puerto Vallarta, Mexico, if I'm not mistaken.
And you've been involved with regenerative medicine there in Mexico for some period oftime.
(01:39):
Do you want to give the audience and myself maybe a little bit of an intro as to how yougot interested in this and how you got to be in Mexico?
Yeah, so I take it all back a little over 20 years ago.
My dad had Lou Gehrig's disease and I just kind of saw firsthand how bad things can be forsome of these terminal illnesses.
(01:59):
You know, what they will and won't do for you.
You know, back then they didn't have all this like right to try stuff.
So he had a big aerospace company and he started doing his own research and he goes, well,if you got HIV muscle wasting or, you know, something like that, they're going to throw
testosterone and growth hormone, actually like you're a bodybuilder.
And he asked for it, but up in Seattle, they wouldn't give it to him.
(02:21):
I mean, not that it would have probably wouldn't have helped or anything, but we're justlooking for anything.
And it was frustrating.
So after that, I care give for him until he passed and then.
I liked caregiving.
liked helping people.
started working for a place for mom.
They're one of the largest assisted living groups in the United States and helping peoplefind a place for mom and dad and read an article one day and it goes, Hey man, outsources
(02:47):
parents to India.
That's genius.
You know, great doctors, low cost of care, not over-regulated, but no one's going to govisit mom in India.
And I was like, you know, Mexico might work.
And we had always vacationed in Mazel.
Mexico every year.
So I started looking into it and I had a friend that had moved here to Puerto Vallarta.
I moved down just to kind of see, cause my job was work from home, ended up meeting mywife or sister as a doctor.
(03:14):
And, you know, just kind of stumbled into this where I found out you can legally seekmedical treatment abroad and return home with medication.
If you do all the paperwork, right.
And everything.
So we created a program where we could do that to help people.
And then started hearing things about STEM cells here in Mexico, but with anything you gotto be careful.
mean, there's, there's a lot of over-promising and things
(03:37):
that just, you know, aren't real in Mexico and other places.
So we ended up.
sure.
Yeah.
So my wife, she's Mexican.
dug in and we found a guy who did his PhD in cellular biology, university of Guadalajaraand started working with him, but we found pretty quick.
The quality control here isn't quite what you'd expect in United States.
(03:57):
So we had to go do our own thing and we got our own biologists, got our own lab set up,all of that.
And, uh, you know, had our doctors working with the treatments and we just got thisamazing team that does all that.
And me and my wife, we just manage everything and, you know, help people.
Bye!
Nice.
So walk us through a little bit about what kind of treatments that you're offering downthere, what kind of biologics you're using, that sort of thing.
(04:25):
So the main thing is mesenchymal stem cells.
We take ours from umbilical cord tissue, the Wharton jelly from placenta and we isolatethen cultivate, know, that's the big difference of what we can do here versus the U S you
know, in the U S they have the minimal manipulation rule.
They've got the homologous use rule, which means like for like these things kind of get inthe way of, know, really doing it the right way, like we're able to do here.
(04:51):
So it's mainly number one would be joints, knee treatments,
lower backs is probably the top thing.
Then we do a lot of autoimmune diseases and then a lot of chronic degenerative thingslike, you know, hearts, lungs, livers, kidneys, that.
Got it.
Okay.
And so the programs that you're using, you're using mesocymal stem cells, you're probablyusing other things in conjunction with that.
(05:16):
Can you speak to that a little bit as to what kind of things get combined with that?
Sure.
We, we don't combine a lot really for most of the treatments.
It's typically just the mesenchymal stem cells, you know, maybe for like a hip or ashoulder, might add some PRP, but, uh, the only other ones we, for brain treatments like
stroke recovery will, we might add some like cerebral lyosin, which is a great group ofpeptides that, you know, it's been approved in Europe forever.
(05:44):
And they just, think, cause it's off, they never brought it to market there in the U S butyeah, those are the main things.
Okay.
And so what does it look like for people to come down there?
They come down and spend a week, they spend a day, they spend, what do they do?
They spend a month with you?
How does that work for them?
No, it's usually pretty quick because with our culturing process, we've constantly likeevery day we've got fresh cells coming out.
(06:11):
We kind of have to estimate what we're going to have patient load per day, but you know,we take them out of cultivation the night before and administer within 24 hours.
So for like an IV treatment, it's a four day trip.
They want to arrive and rest day two, blood work day three treatment day four, fly home.
If they need an MRI, like for a joint it's five days.
(06:33):
So we have our own open MRI.
machine on site.
Same thing as just we do the MRI and blood work on the second day, review it with thedoctors on the third to make sure it's a good fit.
We're very discerning with what we can and can't help, very honest with people on that.
And then typically day four, we do treatment.
Got it.
Okay.
(06:53):
All right.
Give people an idea of things that you can't help.
What would be something that you feel like are some things that you couldn't really bethat helpful for?
Sure.
mean, we look, my dad had ALS.
I wish we could fix that, but ALS like Lou Gehrig's doesn't respond.
Parkinson's we've seen maybe some really minimal reduction in tremors, but it reallydoesn't help there.
(07:15):
And then for joints, it's usually things like they've got a bunch of osteophytes ifthey've got like a complete tarot ligament or tendon.
They're not magic.
They can't reattach things.
They can't get rid of new bones.
Those are obstacles.
OK.
And.
(07:36):
What about...
What about payment?
assume this is kind of a cash pay scenario.
Is that kind of how it's set up?
would think there's people are not bringing any kind of insurance along with them on this.
So.
No, because like there's, you know, insurance usually is only going to cover things thatare like, at least there in the U S like FDA approved all of that because of the whole way
(08:01):
the system set up.
I don't think this will ever get FDA approved.
It's a very big barrier to entry there and you can't patent it.
So yeah, it's a, it's cash.
Sometimes if people have like health savings accounts, they can pay with those, but that'sabout it as far as insurance goes.
Got it.
And then what about sources, the sources for these mesenchymal stem cells?
(08:22):
You're talking about...
What is the actual source?
You get in from placental or cord blood or?
Yeah, so we take it from Wharton Jelly and the placenta.
So we work with a team of gynecologists that only work with first time mothers.
We're very careful with.
who we select from the age of the donor is very important, their health.
(08:46):
So they have to be between the ages of 18 and 25.
First time mothers, we need to make sure they're married.
ask how many sexual partners, know, an M.S.C.
isn't going to carry a virus, but if the donor has a retro virus, there's a less than 5 %chance of carryover.
So we need to screen the women, then the tissue, then the isolated cells and the culturedcells.
(09:07):
Then we send it off to a third party lab for further verification.
And we provide.
our patients with all the flow cytometry data, cell counter data, and that blood analysis.
Okay.
All right.
Interesting.
Are there other therapies that you're looking at adding to the process down there to theclinic or pretty much settled into this or what are your thoughts about that?
(09:32):
Yeah, I mean, we're pretty set into this.
There's been some talk about like, mues cells.
I don't know if you've heard about those at all.
so the, lady, I forget her name, but she's working with a friend of mine in Guadalajarathat...
They're, you know, she was funded by Mitsubishi.
It was for Parkinson's research and they're, they're starting up a lab.
They're going to start doing it.
(09:54):
I don't know.
I mean, the only study done on that has been for Parkinson's.
There's a few places offering it there, you know, again, saying it's the cure all toeverything.
I'm not convinced.
I've talked with her.
I've talked to one of her partners who's his PhD from Argentina and.
I'm not sure those apparently are going to be pluripotent and that they can turn intoother things where mesenchymal stem cells work via the paracrine effect.
(10:18):
So, you know, we worked with Dr.
Arnold Kaplan in the past.
He's who named them and you know, they're not really a stem cell when they're in yourbody.
They work via the signaling they do sending out exosomes and you know, he wished he couldhave renamed them medicinal signaling cells, but the name stuck.
And so we call them stem cells, but uh,
There's things they're working on.
(10:38):
You know, we've looked into some of the induced pluripotent stem cell things, you know,genetic editing gets a bit complicated and just maybe in the future, but for now we're
very set with what we're doing with the stem cells,
Yeah, interesting.
Cool.
And then what about how do people find you?
How do they get a hold of you?
What's the...
(10:59):
How do people go about that?
I mean, most people will find like, you know, videos we've done interviews, differentthings, but our website has all the info.
They're at dream body doc clinic and it's got all the treatments listed.
There's links to studies, know, tons of patient testimonials, things like that.
It's all there.
Nice.
(11:21):
Great.
So dreambody.com.
DreamBody clinic.
it's w.dreambody.clinic.
Okay,
got it.
Any other topics you'd like to cover?
I mean, those are, that's the main thing that we do.
The stem cells, because we work a lot with like growth hormone for adults, you know, forkids, it's all FDA approved, all of that, but.
(11:46):
You know, I've personally been on HGH for 12 years and does great for there.
They're finally doing some studies on that.
If you look at the, the trim and trim X studies, they're showing on the DNA methylationtests.
is turning the clock back.
It's also helping to regenerate the thymus, which is a big deal for your T regulatorycells.
So it's, uh, it's getting some cool info there.
(12:08):
Yeah, TRM and TRMX are interesting studies, right?
So they're using growth hormone DHEA and metformin kind of in a cocktail.
And they are showing some what I would call minor improvements in epigenetic ages and somerejuvenation of the thymus gland, which is interesting in and of itself because the thymus
involutes as we age and then you lose the ability to make more
(12:29):
thymus cells or T cells, if you will.
So I think that's all very interesting.
There's always a balancing act between growth hormone or any kind of androgenetic kind ofhormone replacement therapy.
And the reason is that if you're standing on the gas pedal of mTOR all the time,
like bodybuilders or other people, yes, you build more muscle and bone, but you also diesooner and have a higher cancer risk.
(12:55):
So there's really a balancing act between cycling into activating mTOR through growthhormone or androgens, and then cycling back out of it where you're activating the opposite
side of the equation, the AMPK side, where you're actually rejuvenating telomere lengthsand increasing autophagy and things like that.
it's...
It's kind of an economy of balance is the way we think about it.
(13:17):
It's not about how hard can you push one side or the other.
You need both quite honestly, and you need them to cycle in and out.
So, yeah, that's how we tend to think about that.
We're not, we're not fans of pushing anybody into a corner on anything, whether it's, youknow, being keto all the time or being on, you know, MTOR activation all the time or AMPK
activation all the time.
It's really this.
(13:38):
sort of a symphonic balancing that makes the difference.
So interesting.
Cool.
Yeah, no, for sure.
I couldn't agree with you more there.
I mean, that's the first guy I ever met doing it.
So actually a US doctor introduced me to it all.
And yeah, low dose long-term is where he said that's, you know, more of the sweet spot.
(14:00):
I mean, we've worked with some of the top bodybuilders in the world.
And I mean, you just, you see the acromelgia and other issues that they start forming andit, there's, if you go over six IU a day, you're going to give yourself type two diabetes
and they inject insulin with it.
That's where it gets super dangerous.
mean, you hear about these bodybuilders, like it would blow your mind how good their bloodwork is even from all the steroids, but the insulin, it's like they don't even check their
(14:27):
blood glucose and they're like, I did this dose yesterday.
I'll do it again today.
And you're like, like it's very.
realize that growth hormone, insulin, things like that, they're really connected.
IGF-1, right?
Insulin-like growth factor comes from growth hormone and then insulin itself.
But both of those activate mTOR and both of them actually increase cellular senescence.
(14:50):
So if you want to have more senescent cells, you you stand on that side of the equation.
If you want to...
those senescent cells, then you stand on the other side of the equation, right?
Where you've got AMPK activation and natural killer cell and CD8 cells working in yourfavor.
So yeah, it's complex biology.
And if you're listening to this, just realize that it is complex and it's not something tojust wade into.
(15:15):
You really want to work with somebody that can characterize where you are in the agingprocess, what you actually need or don't need.
how much of it you need and how often you need to be doing it and what you need to bedoing to kind of balance it out.
I think it's a very sophisticated approach really to get it right.
just, we have a really healthy respect for it.
(15:36):
It sounds like you do too.
So yeah.
Yeah.
No, exactly.
And I mean, I think that's like what you do with your clinic, right?
You're helping people dial that in and put all the pieces together to make sure it fits.
Right.
So now we see that.
And like you said, the trim study is showing, I think it was like a year and a half.
It turned back on the methylation where like the cells, I mean, we're, we're seeing muchgreater, like turn back before and after with like DNA methylation tests from stem cell
(16:06):
IVs.
So when people ask me for a long
time it was growth hormone was, you know, it had this myth of being like this, thisanti-aging miracle.
We were always very straight with people like, yeah, know, celebrities use it, that stuff.
But like you just said, it has to be balanced.
And then, you know, with the STEM cells, we're seeing much, much better results.
(16:27):
And, you know, that's.
You can get, you can get bigger results with, uh, with regenerative technologies likemosingable stem cells, other stem cells, exosomes, and plasma and phoresis actually can
give you significant, reversal of aging as well.
So, there's lots of different ways to go about it.
I think if you're listening to this, the key thing is to know what you need, how to goabout it, how to time it, sequence it, dose it.
(16:50):
and if you get that right, you can really, you can really
reclaim your youth.
If you get it wrong, you can really kind of screw yourself up.
it's fire.
It can be great, but you can also get burned.
just be very respectful of it.
Yeah, good.
Cool.
Well, thanks, Josh.
I appreciate you updating us on what you're doing there.
It sounds like you're doing some good work.
(17:11):
So good stuff.
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